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[QUOTE=obul2010@gmail.com;161297]CURRICULUM VITAE
B Obul Subba Reddy 
 [b]E-mail [/b]: obul2010 AT gmail.com 
 Objective
- To obtain a challenging and responsible position, where I would be able to implement my skills in an effective manner, meet challenges and also gain further skills by continuous learning.
Summary
- B.Tech(Computer Science & Engineering) from Dr.M.G.R. Educational And Research Institute, University, with 89.09%.
- Exceptional ability to quickly master new Concepts and Technologies.
- A result oriented approach with a good proven track record with excellent analytical, interpersonal, good communication skills & proactive attitude and leadership qualities. 
Academic Credentials 
- B.Tech(Computer Science & Engineering) from Dr.M.G.R. Educational And Research Institute with aggregate of 89.09%.
Semester I II III IV V VI VII
Percentage 88.88 90.09 90.08 89.95 89.91 89.92 89.09
Course Institution Board Year of Passing Percentage
10+2 SSV Junior College, Rayachoty, Kadapa(Dt) Board Of Intermediate Education,A.P 2007 63.00
10 Little Flower High School,
Vempalli-516329,Kadapa(Dt). Board Of Secondary Education,A.P. 2005 82.0
Technical Skill Set 
 Languages C, C++,.net
 Database Open SQL
 Operating Systems Windows, Linux
Project Details
[b]Title [/b]: 
Secure Distance Based Localization in Presence of Cheating Beacon Nodes
[b]Technology [/b]: dot net
[b]Domain [/b]: Networking
[b]Front End [/b]: Visual Studio.net 2008.
[b]Coding Language [/b]: Visual C# .Net.
Description
Secure distance-based localization in the presence of cheating beacon (or anchor) nodes is an important problem in mobile wireless ad hoc and sensor networks. We first shown when the number of cheating beacon nodes is greater than or equal to a given threshold, there do not exists any two-dimensional distance-based localization algorithms that can guarantee a bounded error. Furthermore, when the number of cheating beacons is below this threshold, we identify a class of distance-based localization algorithms that can always guarantee a bounded localization error. Finally, we outline three novel distance-based localization algorithms that belong to this class of bounded error localization algorithms.
[b]Responsibilities [/b]:
- Worked closely in designing & coding 
- Responsible for performing the documenting & testing[/QUOTE]

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